Answer: Lattice-based, non-discretionary
Explanation: Lattice-based access control is a form of non-discretionary access control in which users are assigned a matrix of authorizations for particular areas of access. Lattice-based access control are usually used to restrict or define the level of authorization granted to a subject which may be an individual, organization or group or the that given to the object which may include applications and computers.It utilizes a non-discretionary approach whereby the defined access is uniformly enforced across all subjects and objects within the confines of an information system.
Answer:
Ex post facto hypothesizing
Explanation:
ex post facto hypothesizing Is invalid in science. It involves making hypothesis after noticing some form of relationship which has been noticed.
The director concluded that the program was undoubtedly effective, and noticed that there really could not possibly have been an increase in actual abuse due to her program. He noticed it was due to an increase in reportage of abuse due to closer monitoring in the daily home visits. This hypothesis validates ex post facto hypothesizing.
<span>The answer to your question is D. both A and C</span>
Answer:
All of the above.
Explanation:
In Computer science, a bit is a short word for the term binary digit and it's primarily the basic (smallest) unit measurement of data or information.
A bit is a logical state which represents a single binary value of either one (1) or zero (0). This ultimately implies that, a single bit in computer science represents a boolean value of;
- True or ON, which is equal to one (1).
- False or OFF, which is equal to zero (0).
Therefore, a bit that is turned off represents the value of binary numbering because it has a numerical value of zero (0).
A binary sequence represents all binary digits that are to be written in sequences of ones (1s) and zeroes (0s). Hence, a binary sequence can be used to encode data such as sound (audio) strings of characters, video, images, colors, computer instruction codes etc.
<em>The true statements about the data that can be represented using binary sequences are;</em>
1. Binary sequences can be used to represent strings of characters.
2. Binary sequences can be used to represent colors.
3. Binary sequences can be used to represent audio recordings.